General relation between electron trapping and the normal modes of a lattice.
Adiabatic harmonic unitary transformations and relation between electron trapping energy and normal lattice modes associated with F center ground state
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Adiabatic harmonic unitary transformations and relation between electron trapping energy and normal lattice modes associated with F center ground state
Normality of SD variation at dip-equatorial stations suggests origin beyond F layer
Normal form and stability of coupled nonlinear RLC networks with possible interconnected elements of like type
Transverse normal loading of doubly periodic unidirectional elastic fiber reinforced infinite elastic matrix
Image-force effects in normal state tunneling through lead-oxide-lead junctions exhibiting Josephson effect
Color normals differences, discussing classification and correlation methods
Drag coefficients used to evaluate normal force and pitching moment characteristics of revolving body at angle of attack
Selection probability from multivariable normal populations in terms of noncentrality parameters
Chronic hypercapnia effects on pH level, Ca and P metabolism and electrolyte metabolism in normal sedentary man
Circadian periodicity, adrenal corticosteroid, and electroencephalogram of normal man
Perception of visual horizontal in normal and deaf observers during prolonged rotation
Computer program determines by numerical integration the exact statistical two-sided tolerance limits, when the proportion between the limits is at least a specified number. The program is limited to situations in which the underlying probability distribution for the population sampled is the normal distribution with unknown mean and variance.
Statistical truncated normal distribution function is applied as a time-to-failure distribution function in equipment reliability estimations. Age-dependent characteristics of the truncated function provide a basis for formulating a system of high-reliability testing that effectively merges statistical, engineering, and cost considerations.
Computer program calculates the real fluid properties of normal or parahydrogen using a library of single function calls without initial estimates. Accurate transport and thermodynamic properties of molecular hydrogen are needed for advanced propulsion systems.
Analysis of shear and normal strain effects on weak turbulence and turbulent heat transfer using two point correlation equations obtained from Navier-Stokes and energy equations
Perception of oculogravic illusion in normal and labyrinthine-defective subjects related to water immersion
Numerical procedures and computer program for calculating real fluid and thermodynamic properties of normal and parahydrogen
Oscillation amplitude, oscillation frequencies, plate thickness and area as drag coefficients for flat, square plates oscillating normal to their planes in air